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E-raamat: Mathematical Results in Quantum Mechanics: QMath7 Conference, Prague, June 22-26, 1998

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At the age of almost three quarters of a century, quantum mechanics is by all accounts a mature theory. There were times when it seemed that it had borne its best fruit already and would give way to investigation of deeper levels of matter. Today this sounds like rash thinking. Modern experimental techniques have led to discoveries of numerous new quantum effects in solid state, optics and elsewhere. Quantum mechanics is thus gradually becoming a basis for many branches of applied physics, in this way entering our everyday life. While the dynamic laws of quantum mechanics are well known, a proper theoretical understanding requires methods which would allow us to de­ rive the abundance of observed quantum effects from the first principles. In many cases the rich structure hidden in the Schr6dinger equation can be revealed only using sophisticated tools. This constitutes a motivation to investigate rigorous methods which yield mathematically well-founded properties of quantum systems.

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Springer Book Archives
I Plenary talks.- An adiabatic theorem without a gap condition.-
Two-dimensional periodic Pauli operator. The effective masses at the lower
edge of the spectrum.- Spectral problems in the theory of photonic crystals.-
Optimal eigenvalues for some Laplacians and Schrödinger operators depending
on curvature.- The spectral shift operator.- On the scattering operator for
the Schrödinger equation with a time-dependent potential.- H_2-construction
and some applications.- Scattering with time periodic potentials and cyclic
states.- Some geometry related to decay properties of the resolvent of a
class of symmetric operators.- On some asymptotic formulas in the strong
localization regime of the theory of disordered systems.- Spectral measures
and category.- Quantum dots. A survey of rigorous results.- II Session
talks.- A simple model of concentrated nonlinearity.- Anomalous electron
trapping by magnetic flux tubes and electric current vortices.- On the
absolutely continuous energy distribution of a quantum mechanical system in a
bounded domain.- Some aspects of generalized contact interaction in
one-dimensional quantum mechanics.- Traces and trace norms for semigroup
differences...- About a resolvent formula.- The determinant anomaly in
low-dimensional quantum systems.- Linear Boltzmann equation as the weak
coupling limit of the random Schrödinger equation.- Coexistence of different
spectral types for almost periodic Schrödinger equations in dimension one.-
Dynamical localization for random Schrödinger operators and an application to
the almost Mathieu operator.- On fractal structure of the spectrum for
periodic point perturbations of the Schrödinger operator with a uniform
magnetic field.- A Weyl-Berry formula for the scattering operator associated
to self-similarpotentials on the line.- Localization and Lifshitz tails for
random quantum waveguides.- Birman-Schwinger analysis for bound states in a
pair of parallel quantum waveguides with a semitransparent boundary.- On the
absolute continuity of spectra of periodic elliptic operators.- Hardy
inequalities for magnetic Dirichlet forms.- Adiabatic curvature, chaos and
the deformation of Riemann surfaces.- Operator interpretation of resonances
arising in spectral problems for 2 x 2 matrix Hamiltonians.- On the
operator-norm convergence of the Trotter-Kato product formula.- A particular
case of the inverse problem for the Sturm-Liouville equation with parameter
dependent potential.- One-dimensional Schrödinger operators with decaying
potentials.- Stability of limiting absorption under singular perturbations.-
Existence of averaging integrals for self-adjoint operators.- Monotonicity
versus non-monotonicity in random operators.- A model in perturbation
theory.- Band gap of the spectrum in periodically curved quantum waveguides.-
A list of other talks.- A list of participants.